Why does a high-fat diet raise liver cancer risk decades later? A new MIT study traces the answer to a slow cellular identity shift that turns survival into vulnerability.

A new solar co-electrolysis concept combines green hydrogen production with selective biomass upgrading, cutting energy demand and pushing hydrogen costs below fossil benchmarks.

When it comes to our most important long-term goals in life, it is not uncommon to face obstacles that may lead us to doubt whether we can achieve our ambitions. But when life hands you doubts, the answer may be to question your doubts, a new study suggests.

We judge others in seconds, often by copying them without noticing. A new study reveals how mimicking a smile can unconsciously increase trust and positive social judgments.

From tuberculosis to lung cancer, a new personalised lung-on-chip model opens the door to studying respiratory diseases in a realistic human system for the first time.

Sartorius has launched the Arium Mini Extend with a flexible arm for versatile Type 1 water dispensing. The solution comprises a flexible, ergonomic handheld dispenser, a user-friendly digital display, and the Arium Bagtank technology which significantly optimizes laboratory workflows.

The second-generation of the Tube Handler HT500 has been launched by Micronic. The lab solution offers efficient and reliable sample handling in the laboratory. The Tube Handler offers a total capacity of 20 racks and operates at an impressive rate of approximately 400 tubes per hour.

Amsbio has revealed that its imatrix-511 recombinant laminin product is seen as a pivotal tool for stem cell culture and blastoid formation by researchers at the Stanford University School of Medicine, Stanford, CA, USA.

A new AI model developed at Stanford can analyse data from a single night’s sleep to predict the risk of more than 100 diseases — years before symptoms appear — opening a new window on preventive and precision medicine.

Researchers have developed a commercially viable biomanufacturing process that uses an engineered, acid-tolerant yeast to produce a key building block for acrylic acid, opening a more sustainable pathway for products such as disposable diapers, paints, and plastics.